CN209455788U - A kind of type-setting machine - Google Patents

Abstract

The utility model discloses a kind of type-setting machines, including pedestal, feed mechanism is provided on pedestal, conveying assembly and printing machine, the printing machine is provided with feed inlet and discharge port, one end of the discharge port is provided with the conveyer frames for sliding for plate on the pedestal, the baffle being slidably connected on the conveyer frames for preventing plate from colliding, the baffle is fixedly connected with the driving assembly for driving the baffle to move back and forth along the gear frame, and the driving component is connect with the base rotation.Through the above scheme, plate is slowly moved to conveyer frames bottom end by baffle, and abrasion caused by avoiding plate from colliding improves the lustrous surface of plate.

Description

A kind of type-setting machine

Technical field

The utility model relates to the technical fields of sheet machining apparatus, more particularly, to a kind of type-setting machine.

Background technique

The machine of print publishing writings and image is generally made of mechanisms such as loading, inking, coining, paper feedings, its work First printing plate is made in the writings and image of print publishing by principle, and dress on the printer, then applies ink by artificial or printing machine The place for having writings and image is spread on printing plate, then is directly or indirectly transferred on paper or plate, but realizes typographical printing The high technology of glossiness is not mature enough, currently, print publishing places the feed mechanism of plate and transport mechanism and same work In sequence, full-automatic print publishing operation is realized.

In view of the above-mentioned problems, Authorization Notice No. is the Chinese patent of CN103386698B, a kind of laminate typesetting is proposed Machine belongs to sheet machining apparatus field, including rack, composing mechanism, gumming mechanism, delivery device, main typesetting bed mechanism, driver Structure, the composing mechanism include typesetting conveyor belt, two typesetting leather belt rollers, several typesetting luminous point control assemblies, stroke baffle, row Version leather belt roller is fixed in typesetting rack, is mounted on typesetting leather belt roller to typesetting conveying belt tensioning, typesetting conveyor belt one end For feed end, the other end is equipped with stroke baffle, and dispersion sets several groups and interacts locating plate electricity between feed end and stroke baffle Connection, activity orientation piece is lower than typesetting conveyor belt under normal conditions, and when movement is elevated above typesetting conveyor belt thereon.By above-mentioned Technical solution can be adjusted flexibly the criss-cross type-setting mode of lateral veneer and longitudinal veneer, realize full automatic continuous row Version, gluing, bonding and self-emptying.

Prior art among the above has the following deficiencies: that plate occurs during self-emptying with mechanical equipment Mechanical collision causes surface damage to plate, influences the gloss of plate printing.

Utility model content

Plate is oriented to automatically the purpose of the utility model is to provide a kind of, improves the typesetting of plate surface gloss Machine.

The utility model has the technical scheme that

A kind of type-setting machine, including feed mechanism is provided on pedestal, conveying assembly and printing machine, the printing machine setting There are feed inlet and discharge port, it is characterised in that: be provided with close to one end of the discharge port for for plate on the pedestal The conveyer frames of material sliding, the baffle being slidably connected for preventing plate from colliding on the conveyer frames, the baffle is fixed to be connected It is connected to the driving assembly for driving the baffle to move back and forth along the gear frame, the driving component and the pedestal turn Dynamic connection.

By using above-mentioned technical proposal, plate is placed on feed mechanism, plate is transported from feed mechanism to defeated On sending component, after plate is printed by printing machine, moved out from feed inlet and discharge port position, plate is in conveyer frames On collected by transport, baffle will slowly and steadily be directed to the bottom end of conveyer frames under the action of driving assembly, plate avoided to exist It is collided during collecting, causes the surface of plate to receive abrasion, improve the gloss of plate.

Be further arranged to: the driving component includes the motor being fixedly connected with pedestal, is fixedly connected with the motor Bidirectional helical bar and sliding bar with bidirectional helical bar grafting sliding, the sliding bar and the baffle are fixed to be connected It connects, the two-way shank of bolt is connect with the base rotation, and the bidirectional helical bar is consistent with the gear frame tilt angle.

By using above-mentioned technical proposal, the rotation of motor driven bidirectional helical bar, bidirectional helical bar drive sliding bar along The direction movement that conveyer frames extend, bidirectional helical bar extending direction are consistent with conveyer frames extending direction.

Be further arranged to: the bidirectional helical bar is provided with opposite the first thread groove and the second screw thread in direction of rotation Slot, first thread groove and second thread groove are set as being cross-linked and link position is set as smooth connection.

By using above-mentioned technical proposal, sliding bar moves in the first thread groove and the second thread groove, sliding bar from When first thread groove moves to the second thread groove, the reciprocating motion of sliding bar is realized.

It is further arranged to: being provided with the sliding slot for realizing sliding bar sliding, the sliding bar on the pedestal It is plugged in after the sliding slot in first thread groove or second thread groove.

By using above-mentioned technical proposal, sliding bar rotates under the drive of bidirectional helical bar and horizontal movement, sliding It is abutted in lever rotation process with sliding slot, the rotation of sliding bar is limited, and sliding bar is along horizontal motion.

It is further arranged to: the two sides rotation connection at least two groups slide plate of the vertical plate direction of motion of the conveyer frames, institute One end and the conveyer frames for stating slide plate are hinged, are provided on the pedestal for driving the slide plate upper past along vertical direction The transmission component moved again, the transmission component and the bidirectional helical bar are rotatablely connected, the transmission component and the transmission Frame is slidably connected.

By using above-mentioned technical proposal, for archives along slide plate slides, one end of slide plate and conveyer frames are hinged, slide plate it is another One end is driven on vertical direction and moves back and forth, and realizes that slide plate drives baffle court to move upwards.

Be further arranged to: the transmission component includes and the first gear of bidirectional helical bar coaxial arrangement and institute State the second gear of first gear engagement and half gear with second gear coaxial arrangement, half gear and the cunning Plate is abutted far from one end of the conveyer frames, and half gear and the conveyer frames are rotatablely connected.

By using above-mentioned technical proposal, bidirectional helical bar drives first gear rotation, and first gear drives second gear Rotation, half gear are rotated in the vertical direction by second gear driving, and half gear is abutted with slide plate, and drives plate edge Move on vertical direction.

Be further arranged to: half gear is circumferentially provided with the half-turn gear teeth.

By using above-mentioned technical proposal, it is provided with the half-turn gear teeth on half gear, is supported in half gear rotation process with slide plate It connects, slide plate is driven to movement.

Be further arranged to: the upper distance moved is not less than the plate along vertical side to the slide plate along vertical direction Upward size.

By using above-mentioned technical proposal, slide plate drives up baffle movement, and gap is provided between baffle and conveyer frames, Gap between baffle and conveyer frames is greater than the thickness of plate, passes through convenient for plate, realizes the reciprocating motion of baffle.

Be further arranged to: the slide plate is fixedly connected with flexible restoring piece with conveyer frames.

By using above-mentioned technical proposal, slide plate is driven to be moved along vertical direction, under the action of elastic restoring piece, Slide plate, which is realized, to be moved back and forth.

Be further arranged to: the perimeter of half gear is detached from the distance moved after the baffle not less than plate.

By using above-mentioned technical proposal, half gear driving slide plate is moved upwards, and half foot wheel effect slide plate moves upwards In the process, gap of the plate completely between baffle and conveyer frames slides.

In conclusion the advantageous effects of the utility model are as follows:

(1) driving assembly driving baffle is moved along the extending direction of conveyer frames, and plate is slowly transported to transmission by baffle Frame bottom end is collected, and is avoided plate from colliding and is caused surface abrasion.

(2) motor driven bidirectional helical bar rotates, and bidirectional helical bar drives sliding bar to transport along the extending direction of conveyer frames Dynamic, baffle belt movable plate material slowly moves to conveyer frames bottom end.

(3) bidirectional helical bar driving first gear rotation, first gear drive second gear rotation, and half gear is turned by driving Dynamic, half gear is abutted with slide plate, and baffle court under the action of slide plate moves upwards, between being provided between baffle and conveyer frames bracket Gap, plate pass through, and realize that baffle back and forth transports the effect of plate.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is the right view of the utility model；

Fig. 3 is A-A cross-sectional view in Fig. 2；

Fig. 4 is the main view of the utility model；

Fig. 5 is B-B cross-sectional view in Fig. 4.

Appended drawing reference: 1, pedestal；2, feed mechanism；3, conveying assembly；4, printing machine；5, feed inlet；6, discharge port；7, it passes Send frame；8, baffle；9, driving assembly；10, motor；11, bidirectional helical bar；12, sliding bar；13, the first thread groove；14, second Thread groove；15, sliding slot；16, slide plate；17, transmission component；18, first gear；19, second gear；20, half gear；21, elastic Restoring piece.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Referring to Fig.1, it is a kind of type-setting machine disclosed by the utility model, including pedestal 1, is provided with feed mechanism on pedestal 1 2, conveying assembly 3 and printing machine 4, plate is placed in feed mechanism 2, roller group is provided in feed mechanism 2, in idler wheel Under the action of group, plate is entered in conveying assembly 3 along horizontal positioned along entering vertically into be converted into, and conveying assembly 3 is arranged There are feeder motor 10 and feed belt, feeder motor 10 drives feed belt to move plate towards the direction of printing machine 4, bottom It is located on seat 1 and is provided with below feed belt for two groups of vacuum plants that plate absorption is fixed, vacuum plant is by plate It fixes and is conveyed along feed belt, the track for being rotated by 90 ° plate is provided on feed belt, passes through two groups of vacuum The relative position of device, which is rotated by 90 °, realizes that plate is rotated by 90 ° relative to feed belt, and vacuum plant is detached from and moves with plate One end to plate far from printing machine 4, vacuum plant move upwards and plate are pushed to move towards the direction of printing machine 4.

As shown in Figure 1, one end of printing machine 4 close to feed belt is provided with feed inlet 5, the other end of printing machine 4 is set It is equipped with and completes the discharge port 6 that passes through after printing for plate, put on pedestal 1 close to being provided with inclination on the position of discharge port 6 The conveyer frames 7 set, plate is moved on conveyer frames 7 by discharge port 6 and is collected, when moving under gravity for plate It collides with mechanical component, plate surface is caused to wear, baffle 8 is slidably connected on conveyer frames 7, baffle 8 is passed along vertical The direction of frame 7 is sent to be arranged, baffle 8 is fixedly connected with the driving assembly 9 for driving baffle 8 to move back and forth along conveyer frames 7, drives Dynamic component 9 is rotatablely connected with pedestal 1 and is located at 7 lower section of conveyer frames.

As shown in figures 1 and 3, driving assembly 9 includes the motor 10 being fixedly connected with pedestal 1, is fixedly connected with motor 10 Bidirectional helical bar 11 and sliding bar 12 with 11 grafting of bidirectional helical bar sliding, bidirectional helical bar 11 and pedestal 1 are set as turning Dynamic connection, bidirectional helical bar 11 extend along 7 extending direction of conveyer frames, and bidirectional helical bar 11 is obliquely installed and inclines with conveyer frames 7 Oblique angle is equal, and the angle of plane and pedestal 1 where conveyer frames 7 is set as acute angle, avoids plate sliding speed too fast, increases The big plate degree of wear.

As shown in figure 3, being provided with direction of rotation opposite the first thread groove 13 and the second screw thread on bidirectional helical bar 11 Slot 14, the first thread groove 13 are staggeredly connected with the second thread groove 14, the development length of the first thread groove 13 and the second thread groove 14 Equal and connection position is set as smooth connection, and sliding bar 12 is plugged in the first thread groove 13 or the second thread groove 14, bottom It is located above sliding bar 12 on seat 1 and is provided with sliding slot 15, sliding slot 15 extends along 11 extending direction of bidirectional helical bar, and sliding slot 15 prolongs The equal length of elongation and the first thread groove 13, sliding bar 12 is perpendicular to the plane where conveyer frames 7；Bidirectional helical bar 11 drives Dynamic sliding bar 12 rotates, and sliding bar 12 is rotated by driving and sliding bar 12 is driven to slide, sliding bar 12 during rotation with 15 inner wall of sliding slot abuts, and the rotation of sliding bar 12 is limited, and sliding bar 12 is slided along 11 extending direction of bidirectional helical bar.

As shown in Figure 1 and Figure 4, plate is delivered to 7 end of conveyer frames by baffle 8, realizes reciprocating operation for the ease of baffle 8, Two groups of slide plates 16 are rotatably connected on conveyer frames 7, one end of slide plate 16 and conveyer frames 7 are hinged, the other end of slide plate 16 and transmission Frame 7 is fixedly connected with flexible restoring piece 21, and slide plate 16 and conveyer frames 7 are in the same plane, is driven to upper fortune in slide plate 16 When dynamic, elastic restoring piece 21 is in tensional state, and when slide plate 16 is on conveyer frames 7, elastic restoring piece 21 is in former length State, elastic restoring piece 21 are spring in the prior art, are rotatably connected on conveyer frames 7 and move upwards for realizing baffle 8 Transmission component 17, transmission component 17 is set as being rotatablely connected with bidirectional helical bar 11, and transmission component 17 is located under slide plate 16 Side.

As shown in Figure 3 and Figure 4, transmission component 17 includes the first gear 18 being coaxially disposed with bidirectional helical bar 11 and institute Half gear 20 stating the second gear 19 of the engagement of first gear 18 and being coaxially disposed with second gear 19, first gear 18 is perpendicular Straight plane rotates, and second gear 19 and conveyer frames 7 are rotatablely connected, and half gear 20 is coaxially disposed with second gear 19, half tooth The gear teeth of wheel 20 are abutted on slide plate 16 close to one end of elastic restoring piece 21, are provided with half-turn wheel in half gear, 20 circumferential direction Tooth, half gear 20 in the course of rotation, realize slide plate 16 along vertical under the action of half gear 20 is with elastic restoring piece 21 Reciprocating motion on direction, the gear teeth of half gear 20 along vertical direction on size be greater than plate along vertical direction on ruler Very little, the slide plate 16 positioned at 7 two sides of conveyer frames moves upwards, baffle 8 along slide plate 16 towards moving upwards, baffle 8 and conveyer frames 7 it Between gap be greater than one block of plate size；Sliding bar 12 is plugged in baffle 8, is provided on baffle 8 and is inserted for sliding bar 12 The groove connect, the size that sliding bar 12 is plugged in one end of groove are greater than the size at slot opening, sliding bar 12 and groove card Connect and be provided in groove the cavity of 12 vertical direction of sliding bar movement.

The implementation principle of the present embodiment and have the beneficial effect that plate out of feed mechanism 2 by the transport of conveying assembly 3 to printing Machine 4, plate slide out on conveyer frames 7 after completing printing in printing machine 4 from discharge port 6, and 8 initial position of baffle is located at discharge port Near 6, driving motor 10, motor 10 drives bidirectional helical bar 11 to rotate, and sliding bar 12 slides in first sliding groove 15 and court It is moved to the direction far from printing machine 4, plate is carried to the bottom end vicinity of conveyer belt to be collected and be transported by baffle 8, baffle 8 and plate Material moves near 7 pedestal 1 of conveyer frames, and bidirectional helical bar 11 drives first gear 18 to rotate, and first gear 18 drives the second tooth 19 rotation of wheel, second gear 19 drives half gear 20 to rotate, in half gear, 20 rotation process, the gear teeth and slide plate 16 of half gear 20 Abutted close to one end of elastic restoring piece 21, slide plate 16 by orientation movements, baffle 8 along 16 orientation movements of slide plate, plate from Gap between baffle 8 and conveyer frames 7 slides out to 7 bottom end of conveyer frames, moves after half gear, 20 perimeter and plate disengaging baffle 8 Distance, when plate is separated with baffle 8 and moves to 7 bottom end of conveyer frames, half gear 20 is separated with slide plate 16；Second thread groove 14 Sliding bar 12 is driven to move towards 6 direction of discharge port, slide plate 16 moves to same with conveyer frames 7 under the action of elastic restoring piece 21 In one plane.

The embodiment of present embodiment is the preferred embodiment of the utility model, and not limitation is originally practical new according to this The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all be covered by practical Within novel protection scope.

Claims (10)

1. a kind of type-setting machine, including pedestal (1), it is provided with feed mechanism (2) on pedestal (1), conveying assembly (3) and printing machine (4), the printing machine (4) is provided with feed inlet (5) and discharge port (6), it is characterised in that: on the pedestal (1) close to One end of the discharge port (6) is provided with the conveyer frames (7) for sliding for plate, and be slidably connected use on the conveyer frames (7) In the baffle (8) for preventing plate from colliding, the baffle (8) is fixedly connected with for driving the baffle (8) along transmission The driving assembly (9) that frame (7) moves back and forth, the driving component (9) and the pedestal (1) are rotatablely connected.

2. type-setting machine according to claim 1, it is characterised in that: the driving component (9) includes and pedestal (1) is fixed and connected It the motor (10) that connects, the bidirectional helical bar (11) being fixedly connected with the motor (10) and is inserted with the bidirectional helical bar (11) The sliding bar (12) of sliding is connect, the sliding bar (12) is fixedly connected with the baffle (8), the bidirectional helical bar (11) and institute Pedestal (1) rotation connection is stated, the bidirectional helical bar (11) is consistent with the conveyer frames (7) tilt angle.

3. type-setting machine according to claim 2, it is characterised in that: the bidirectional helical bar (11) is provided with direction of rotation phase Anti- the first thread groove (13) and the second thread groove (14), first thread groove (13) and second thread groove (14) It is set as being cross-linked and link position is set as smooth connection.

4. type-setting machine according to claim 3, it is characterised in that: be provided on the pedestal (1) for realizing the cunning The sliding slot (15) of lever (12) sliding, the sliding bar (12) are plugged in first thread groove after passing through the sliding slot (15) (13) or in second thread groove (14).

5. type-setting machine according to claim 4, it is characterised in that: the two of the vertical plate direction of motion of the conveyer frames (7) Side is rotatablely connected at least two groups slide plate (16), one end of the slide plate (16) and the conveyer frames (7) hingedly, the pedestal (1) On be provided with for driving the slide plate (16) the upper transmission component (17) moved back and forth along vertical direction, the transmission component (17) it is rotatablely connected with the bidirectional helical bar (11), the transmission component (17) is slidably connected with the conveyer frames (7).

6. type-setting machine according to claim 5, it is characterised in that: the transmission component (17) includes and the bidirectional helical The first gear (18) of bar (11) coaxial arrangement, the second gear (19) that is engaged with the first gear (18) and with described the Half gear (20) of two gears (19) coaxial arrangement, half gear (20) and the slide plate (16) are far from the conveyer frames (7) One end abut, half gear (20) and the conveyer frames (7) are rotatablely connected.

7. type-setting machine according to claim 6, it is characterised in that: half gear (20) is circumferentially provided with the half-turn gear teeth.

8. type-setting machine according to claim 5, it is characterised in that: the slide plate (16) along vertical direction it is upper move away from From not less than the plate along vertical direction on size.

9. type-setting machine according to claim 5, it is characterised in that: the slide plate (16) and the conveyer frames (7) fixed company It is connected to elastic restoring piece (21).

10. type-setting machine according to claim 6, it is characterised in that: the perimeter of half gear (20) is de- not less than plate With a distance from being moved afterwards from the baffle (8).